MITRE ATT&CK Enterprise
Verification.
Shift from theoretical ATT&CK Navigator heatmaps to cryptographically signed, real-world adversary TTP telemetry. Mapped directly to MITRE ATT&CK v14 tactics and CISA KEV catalog exploits.
Why ATT&CK Heatmaps
Fail Live Threat Hunting.
The MITRE ATT&CK Matrix is the global gold standard for cataloging adversary tactics, techniques, and procedures. However, many security teams track ATT&CK coverage using static Navigator heatmaps and color-coded spreadsheets that list theoretical detection coverage.
A green box on an ATT&CK Navigator matrix provides zero empirical proof that an analyst can detect living-off-the-land binaries (LOLBins) or intercept process hollowing during an active nation-state intrusion.
Adversaries continuously modify command flags, obfuscate PowerShell strings, and abuse legitimate administrative credentials to bypass static SIEM rules. Threat hunters must demonstrate real-time behavioral detection velocity against dynamic adversary playbooks.
SecNav measures practical ATT&CK execution: TTP identification speed, Sigma rule authoring accuracy, volatile artifact extraction, and C2 channel containment. Candidates receive a Decision Action Report (DAR) backed by cryptographic GCP KMS proof.
4-Core Adversarial TTP Telemetry.
SecNav logs real-time candidate actions against specific MITRE ATT&CK Technique IDs to provide security leaders with transparent capability proof.
TTP Detection Velocity
Measures exact seconds elapsed between adversary execution of a specific Technique ID and candidate detection alert deployment.
Mitigation Precision
Evaluates candidate accuracy in isolating true C2 channels vs triggering false-positive network blocks across critical systems.
Focus Integrity
Tracks continuous window focus and zero-divergence during simulation drills to guarantee authentic testing conditions.
KMS Sealed DAR
Cryptographically signs the complete session telemetry log using GCP KMS SHA-256 keys for immutable enterprise audit compliance.
MITRE ATT&CK Capability DNA.
Every simulation action maps directly to standardized MITRE ATT&CK Technique IDs and behavioral detection rules.
ATT&CK TTP Framework Mapping
Mapping active adversary command executions, living-off-the-land binaries, and C2 channels directly to ATT&CK Technique IDs.
Command & Scripting Interpreter (T1059)
Deconstructing malicious PowerShell scripts, HTA wrappers, and obfuscated command lines used by advanced persistent threats.
EDR & Evasion Telemetry (T1078)
Detecting credential dumping, pass-the-hash attacks, and stealth privilege escalation across endpoint EDR telemetry streams.
Behavioral Threat Hunting
Proactively hunting for anomalous registry keys, scheduled task persistence, and process hollowing techniques across domain hosts.
Detection-as-Code (Sigma & YARA)
Writing, testing, and tuning custom Sigma rules and YARA memory signatures to detect novel adversary tradecraft in SIEM engines.
Zero-Bias Identity Shielding
Evaluates candidates under randomized callsign aliases to guarantee zero demographic or institutional hiring evaluation bias.
Grounded in Official Threat Registries
SecNav evaluations align directly with MITRE ATT&CK v14 specifications and federal CISA exploit catalogs.
Evaluates real-time detection velocity across Tactics TA0001 (Initial Access) through TA0011 (Command & Control).
Measures candidate ability to identify and neutralize active KEV vulnerabilities staging inside enterprise networks.
Validates authoring precision for behavioral detection rules mapped to MITRE ATT&CK Technique IDs.
Globally accessible knowledge base of adversary tactics, techniques, and real-world execution procedures based on real-world observations.
Federal authoritative catalog of vulnerabilities actively exploited in the wild by threat actors.
Federal guidance establishing standard incident triage, isolation, and post-incident forensic reporting lifecycles.
Standardized occupational taxonomy for Cyber Threat Intelligence Analysts, Threat Hunters, and Penetration Testers.
Validate Detection Coverage
Against Live APT Playbooks.
For SOC Directors and Threat Intelligence leads, proving that enterprise detection controls can halt nation-state threat actors (such as APT29 or Lazarus Group) requires continuous behavioral testing.
SecNav provides threat operations teams with verifiable proof of detection coverage. All simulation sessions generate cryptographically sealed audit dossiers signed with GCP Key Management Service (KMS), proving team readiness to CISOs and external auditors.
Live Simulated APT29 Adversarial Emulation
During Operation Cyber-Wyvern, the candidate was tasked with halting an active APT29 campaign staging obfuscated PowerShell payloads (T1059.001) and abusing valid admin credentials (T1078).
The candidate identified the anomalous process execution tree, deployed a custom Sigma detection rule within 5 minutes, and isolated the compromised domain controller to halt lateral movement.
Related Framework Standards & Verification Engines
Verify Your ATT&CK TTP DNA.
Take a live MITRE ATT&CK simulation mission, generate your cryptographically signed DAR, and prove your threat hunting capability to SOC leaders worldwide.